SCEJ 81st Annual Meeting (2016): Hall and day program

`SCEJ 81st Annual Meeting (2016)`

Hall and day program

Hall K, Day 1

Most recent update: 2016-02-26 18:17:04

Abstract is now open! Click Paper ID.

Time	Paper ID	Title / Authors	Keywords	Topic code	Ack. number
Fluid & particle processing
(13:00–13:20) (Chair: Kajiwara Toshihisa)
13:00– 13:20	K113	[The SCEJ Award for Outstanding Research Achievement] Detailed elucidation of flow characteristics and mechanism of single bubbles and drops rising through viscous fluids (Tokushima U.) Ohta Mitsuhiro	Bubble rise motion Drop rise motion CFD	2-e	565
(13:20–15:20) (Chair: Ishihara Shingo)
13:20– 13:40	K114	Direct numerical simulation of the pressure spray (Tohoku U.) *Soma T., Saito Y., Matsushita Y., Aoki H., (Hirosaki U.) Inamura T., (NIT Hachinohe) Daikoku M., (Honda Eng.) Fukuno J.	Volume of Fluid Pressure spray Atomization	2-e	307
13:40– 14:00	K115	Visualization of the fragmented bubble flow supplied from a nozzle with the guide plate (SUMITOMO METAL MINING) *Tsuchioka K., Maki K., Suganuma S., (Kyushu U.) Aramaki S.	bubble flow gas nozzle Gas-liquid stirring	2-b	433
14:00– 14:20	K116	Numerical modeling of multiphase flow in oil spill (Osaka U.) *Takagi Y., Ochi T., Sugiyama M., Okano Y., Kyaw W. P., Yamada A., Kato N.	Oil Spill Multi Phase Flow Numerical Simulation	2-e	723
14:20– 14:40	K117	Effect of wettability of solid surface on particle-particle adhesion (Osaka Pref. U.) *Kan Hiroyuki, Nakamura Hideya, Watano Satoru	wet granulation dynamic liquid bridge numerical simulation	2-e	444
14:40– 15:00	K118	Understanding of the origin of collective motion in self-propelled particles systems (Kyoto U.) *Oyama Norihiro, Molina John, Yamamoto Ryoichi	Squirmer Model Collective Motion Hydrodynamics	2-a	244
15:00– 15:20	K119	Effect of time scale of the particles added to turbulent flow in a vertical channel (Kitami Tech) Mito Y.	Gas-particle flow Turbulence modulation Time-scale effect	2-e	592
(15:20–17:20) (Chair: Takagi Youhei, Shimada Naoki)
15:20– 15:40	K120	Lift force acting on a spherical liquid particle moving in a simple shear flow at low Re number I. Derivation of governing equations (Kogakuin U.) Ueyama Korekazu	lift force convection term governing equation	2-e	29
15:40– 16:00	K121	Lift force acting on a spherical liquid particle moving in a simple shear flow at low Re number II. General solutions (Kogakuin U.) Ueyama Korekazu	lift force convection term general solution	2-e	30
16:00– 16:20	K122	Lift force acting on a spherical liquid particle moving in a simple shear flow at low Re number III. Boundary conditions (Kogakuin U.) Ueyama Korekazu	lift force convection term boundary condition	2-e	31
16:20– 16:40	K123	Lift force acting on a spherical liquid particle moving in a simple shear flow at low Re number IV. Distributions of additional velocity and static pressure (Kogakuin U.) Ueyama Korekazu	lift force convection term additional velocity and pressure	2-e	32
16:40– 17:00	K124	Lift force acting on a spherical liquid particle moving in a simple shear flow at low Re number V. Lift force (Kogakuin U.) Ueyama Korekazu	lift force convection term virtual force term	2-e	33
17:00– 17:20	K125	Lift force acting on a spherical liquid particle moving in a simple shear flow at low Re number VI. Virtual force term (Kogakuin U.) Ueyama K.	2-fluid model equation interaction term virtual force term	2-e	341

Technical program
SCEJ 81st Annual Meeting (2016)

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Most recent update: 2016-02-26 18:17:04
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E-mail: inquiry-81a

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